Bond A
YTM is calculated using RATE function in Excel :
nper = 10 (years remaining until maturity with 1 annual coupon payment each year)
pmt = 100 * 2% (annual coupon payment = face value * coupon rate)
pv = -81.62 (Current price of bond. This is entered with a negative sign because it is a cash outflow to buy the bond today).
fv = 100 (face value of bond receivable at maturity).
RATE is calculated to be 4.30%. This is the YTM.
Bond B
YTM is calculated using RATE function in Excel :
nper = 10 (years remaining until maturity with 1 annual coupon payment each year)
pmt = 100 * 4% (annual coupon payment = face value * coupon rate)
pv = -98.39 (Current price of bond. This is entered with a negative sign because it is a cash outflow to buy the bond today).
fv = 100 (face value of bond receivable at maturity).
RATE is calculated to be 4.20%. This is the YTM.
Bond C
YTM is calculated using RATE function in Excel :
nper = 10 (years remaining until maturity with 1 annual coupon payment each year)
pmt = 100 * 8% (annual coupon payment = face value * coupon rate)
pv = -133.42 (Current price of bond. This is entered with a negative sign because it is a cash outflow to buy the bond today).
fv = 100 (face value of bond receivable at maturity).
RATE is calculated to be 3.90%. This is the YTM
Bond A has the highest YTM.
For bonds with the same maturity, those with higher coupons have lower duration, and those with lower coupons have higher duration. This is because for bonds with higher coupons, the periodic cash inflow is higher and a larger portion of the bond value is received earlier, and hence the interest rate risk is lower.
Bonds A, B, and C have the same maturity. Therefore, Bond A has the highest duration as it has the lowest coupon rate. Bond C has the lowest duration as it has the highest coupon rate
Assume each of the following bonds have 10-year maturities, and the coupons are paid an- nually....
Assume coupons are paid annually. Here are the prices of three bonds with 10-year maturities: Bond Coupon (%) Price (%) 88.50 107.50 138.50 6 10 a. What is the yield to maturity of each bond? (Do not round intermediate calculations. Enter your answers as a percent rounded to 2 decimal places.) Bond Coupon (%) 6 YTM 10 b. What is the duration of each bond? (Do not round intermediate calculations. Round your answers to 2 decimal places.) Bond Coupon (%)...
Assume coupons are paid annually. Here are the prices of three bonds with 10-year maturities: Bond Coupon (%) Price (%) 7 89.50 9 108.50 10 139.50 a. What is the yield to maturity of each bond? (Do not round intermediate calculations. Enter your answers as a percent rounded to 2 decimal places.) Bond Coupon (%) YTM 7 % 9 % 10 % b. What is the duration of each bond? (Do not round intermediate calculations. Round your answers to 2...
10.00 points Assume coupons are paid annually. Here are the prices of three bonds with 10-year maturities: 84.50 03.50 134.50 10 a. What is the yield to maturity of each bond? (Do not round intermediate calculations. Enter your answers as a percent rounded to 2 decimal places.) Bond Coupon (96) ITCH 7 10 b. What is the duration of each bond? (Do not round intermediate calculations. Round your answers to 2 decimal places.) Bond Coupon( 7 10 years years years...
The table below lists maturities, coupons and prices for three bonds. All bonds have the same default risk and a face value of 100. Bond Maturity Coupon Price A 3 6% 94 B 2 5% 98 C 2 3% 94.5 a) What is the yield to maturity of a two-year zero-coupon bond? b) What is the price of a one-year zero-coupon bond with a face value of 100? c) What is the implied one-year forward rate for the period between...
A firm issues two bonds with 20-year maturities. Both are callable at $1,050. The first bond is issued at a deep discount to par with a coupon rate of 4% and a price of $580 to yield 8.4%. The second is issued at par with a coupon rate of 8.9%. What is the yield-to-maturity of the par bond? If you expect rates to fall substantially in the next 2 years, which bond would you prefer to hold? In what sense...
Masters Corp. issues two bonds with 20-year maturities. Both bonds are callable at $1,080. The first bond is issued at a deep discount with a coupon rate of 6% to yield 14.4%. The second bond is issued at par value with a coupon rate of 16.50% a. What is the yield to maturity of the par bond? (Round your answer to 2 decimal places.) Yield to maturity b. If you expect rates to fall substantially in the next two years,...
Consider a bond whose annual coupon rate is 10% and coupons are paid twice a year evenly. Its face-value is $100,000 and maturity is 2 years. Yield-to-maturity is 10% (annual) (fixed). What are the duration (in years) and convexity of the bond?
Consider a bond whose annual coupon rate is 10% and coupons are paid twice a year evenly. Its face-value is $100,000 and maturity is 2 years. Yield-to-maturity is 10% (annual) (fixed). What are the duration (in years) and convexity of the bond?
Masters Corp. issues two bonds with 15-year maturities. Both bonds are callable at $1,120. The first bond is issued at a deep discount with a coupon rate of 7% to yield 14.4%. The second bond is issued at par value with a coupon rate of 15.60% a. What is the yield to maturity of the par bond? (Round your answer to 2 decimal places.) Yield to maturity b. If you expect rates to fall substantially in the next two years,...
2. Suppose that the term structure is currently flat so that bonds of all maturities have yields to maturity of 10%. Currently a 5-year coupon bond with annual coupons (with the first one due in 1 year) and face value of S1,000 is selling at par (a) What is the current price of the 5-year bond? What are the annual coupons in dollar terms? (b) A year from now interest rates will depend on the stance of monetary policy. If...